● Double cold source fresh air purification dehumidifier, matching capillary radiation air conditioning system, deep dehumidification, to achieve constant temperature, constant humidity, constant oxygen, constant static, constant clean, constant wisdom, constant festival indoor environment.
● Ultra-thin design of the whole machine body, the height is only 320mm, which greatly reduces the installation height of the ceiling and has high installation adaptability.
● The double-sided maintenance of the whole machine has a snap-on cover design, which optimizes the maintainability of the wet film humidifier. The sliding rail design makes maintenance simple and convenient.
● The whole machine adopts the core components of international famous brands and the full DC frequency conversion technology, which greatly improves the work efficiency and saves energy and operates with low noise.
● Standard configuration with primary and high-efficiency double filters, equipped with ultraviolet germicidal lamps, which can effectively purify, sterilize and sterilize.
● The whole machine is upgraded with standard configuration of drainage pump, and has liquid level protection logic, high lift, to prevent the condensate drainage from being blocked; it is easy to install.
● Equipped with internal circulation mode, which can quickly reduce indoor humidity.
● Dual outlet air temperature control mode, the outlet air temperature setting can be fixed and the outlet air temperature can be automatically adjusted according to the outdoor working conditions.
● In the independent dehumidification mode of the unit, the unit can also dehumidify normally without starting the host.
● Intelligent control, multi-mode operation, professional intelligent control according to indoor air parameters, human-machine dual interface design, can realize dual-screen control (local and remote). And optimize the control design, industrial-grade standard design, to improve the control reliability to a greater extent.
● System design optimization and original reheating section system design to improve the reliability and stability of the system to a greater extent.
